This research carry out the overall design of integrated electromagnetic induction ice thickness monitoring system, acquisition control unit and its operating system development, the main control system software development, electromagnetic induction ice thickness forward and inverse computing research, multisensor cooperative control study, research data and graphics surveillance technology, design of suspension hanging body shell and attitude control studies, and conduct operational test and demonstration work in the polar scene. Improve the sea ice thickness calculation mode, use geophysical constrained inversion method developed from two story ice inversion mode to multi-inversion mode inversion mode in the ice thickness detection multi-parameter joint inversion research; achieve real-time data transmission from hanging overboard body sensor to to the interior control and monitoring unit in the aspect of cooperative control of multi-sensor and transfer wireless data graphic monitoring technology; in operational trials and demonstration areas at polar site, develop the work program of field test and application demonstration, and participate in Chinese polar expedition.